syllabus for the trade of surveyor -...
TRANSCRIPT
Syllabus of semester system
for the trade Of
SURVEYOR
UNDER
CRAFTSMEN TRAINING SCHEME( CTS)
(Four Semesters)
Designed in – 2012
By
Government of IndiaMinistry of Labour & Employment (DGE&T)
CENTRAL STAFF TRAINING AND RESEARCH INSTITUTEEN-81,Sector -V, Salt Lake,
Kolkata – 700 091
List of the trade committee members approved the syllabus of Semester System for the trade of “Surveyor” under Craftsmen Training Scheme (CTS) held on 17-10-2011,at Advanced Training
Institute Kolkata.
Shri S.J.Amalan, Director, C.S.T.A.R.I, kolkata
Sl.No Name & DesignationS/Shri/Smt
Organisation Remarks
1. N. K. Chatterjee,Director A.T.I.Kolkata Chairman
2. J. Ukil. Jt.Director A.T.I.Kolkata Member
3. G. C. Saha,ADT A.T.I.Kolkata Member
4. Prasanta Kumar Paul,JE CPWD,Kolkata Member
5. A. K. Kolay,Asst.Engg. CPWD,Kolkata Member
6. Saikat Dutta Project Manager, M/s Unit Construction Co.(P) Ltd. Kolkata
Member
7. A. K. Dutta,ADT A.T.I.Kolkata Member
8. A. K. Mondal,ADT A.T.I.Kolkata Member
9. Sk. A. Hossain, T.O A.T.I.Kolkata Member
10. Soma Das,V.I R.V.T.I.(W),Kolkata Member
11. Manika Banerjee, Don Bosco,SERI Member
12. Abhijit kr.Porel Representation of Govt. of W.B Member
13. Debasis Hari,D/M(Civil) Representation of Govt. of W.B Member
14. P.K.Madavi, CTI,Chennai Member
15. Pradip Kumar Sarkar,Ins. Representation of Govt. of W.B Member
16. Somnath Adhikari Consulting Engineer Member
17. Goutam Nandi, CSTARI,Kolkata Member
18. Tapan Kumar Halder, T.O. ATI,Kolkata Member
19. S.Rana, V.I ATI, Kolkata Member
20. Subrata Saha Representation of Govt. of W.B Member
GENERAL INFORMATION
1. Name of the Trade : Surveyor
2. N. C. O. code No :
3. Duration of Craftsman Training : Two years. (Four semesters having duration of six months each).
4. Entry Qualification : Passed 10th class with math. & science.
5. Unit Strength : 20
6. Space Norms : Workshop:100 sq. meter.
7. Power Norms : 5 kW.
8. Instructors Qualification:
Degree in Civil or Architecture engineering with one year post qualification experienceOr, Diploma in Civil or Architecture engineering with 2 years post qualification experienceOr, NTC/NAC passed in same or relevant trade with 3 years post qualification experience.
Desirable Qualification: Preference will be given to a candidate with CITS in same or relevant trade.. (If not done CITS than must be trained within 02yrs on joining)
SYLLABUS FOR THE TRADE OF SURVEYORUNDER CRAFTSMENSHIP TRAINING SCHEME (CTS) Based on Semester System
SEMESTER -IWeek
noTrade practical Trade theory Vocational science &
Calculation1. Familiarization with the
INSTITUTE. Importance of trade training. Instruments used in the trade. Types of work done by the trainees in the trade. Types of jobs made by the trainees in the trade. Introduction to safety including fire fighting equipment and their uses etc.Free hand sketching of simple geometrical object. Use of drawing instruments and materials. Lay out of drawing sheets. Drawing conventional lines according to IS code. Folding of sheets.
Occupational Safety & HealthBasic safety introduction,Personal protection:-Basic injury prevention, Basic first aid, Hazard identification and avoidance, safety signs for Danger, Warning, caution & personal safety message. Importance of safety and general precautions observed in the institute and in the section. Importance of the trade in the development of Industrial economy of the country. What is related instruction –subjects to be taught, achievement to be made. Recreational medical facilities and other extracurricular activities of the Institute. (All necessary guidance to be provided to the ne comes to become familiar, with the working of Industrial Training Institute. System including store procedures, professional prospects etc.Drawing office organisation. Drawing instruments, equipments
--------------
materials their use, care & maintenance, safety precautions. Introduction to IS code of practice and architectural drawings.
2 & 3 Lettering-basics, vertical and inclined, forms and proportions. Types of Lettering-strokes, composition, fonts (Gothic, Roman, etc.), writing sentence.Construction of plain geometrical figures (lines, angles, triangles, rhombus, quadrilaterals, polygons, ellipses, parabola, hyperbola, etc.)
Importance of lettering, writing of letters and figures sizes, proportion, etc. as per IS code.
Geometrical drawing-definition, construction of plain geometrical figures.Method of construction of spiral and helix.
Addition, substraction of decimal fraction.
4. Scales - plain, diagonal and comparative.Use and applications of different types of lines and conventional sign & symbols.
Principles, representation and construction of different types of scales, graphic scales, recommended scales for drawing with reference to IS codes. Choice of scales.Types of lines and different conventional representation as per IS.
Multiplication and division of decimal and fraction. Conversion of decimal into vulgar fraction and vice versa.
5, 6 & 7
Drawing plan, elevation of points, lines, surfaces, solids, Dimensioning techniques.
Definition and types of projections.Methods of projection as per IS.Projection of points, lines, planes and solids.Sections of solid and their true shapes.
Fundamental algebraic formula for multiplication.
8 & 9 Isometric projection of different objects, combination of objects including furniture, etc.Conversion of Orthographic projection
Principle of Isometric & Axonometric projection, difference between Isometric drawing & Isometric projection,Isometric scale,
Fundamental algebraic formula for multiplication.
to Isometric projection and vice-versa.
dimensioning an Isometric drawing.
10 & 11
Reducing and enlargement of drawing objects by graphical method and by instrument and measured drawing of any object.Perspective projection – drawing of parallel or one point perspective projection of room with furniture in it. Determining vanishing points, change in perspective by changing vanishing points.
Reducing and enlargement technique by graphically and by instrument.Perspective projection – definition of picture plane, station point, horizontal line, vanishing point, cone of vision, central visual ray, spectator, eye level focus, fundamentals - diminution, foreshortening, convergence.
Simple and simultaneous equations.
12 One point and two point perspective projection of a building.
Method of drawing of two point perspective. Comparative study of perspective by changing the position of spectator, vanishing point. Distortion, limits of exactness, limitation of field of vision.
Simple theory of indices, simple and simultaneous equations.
13 to 15
Showing arrangement of bricks in differing parts of bonds, in walls, pillars coping drawing of shoring.
Building materials:Clay products like Bricks, tiles, terracotta, earthenware; stoneware, stone, cement, lime, surki, sand, timber, glass, paints, texture etc.INTRODUCTIONSequence of construction of a building. Names of different parts of building. Bricks masonry – principles of construction of bonds .Tools and equipment used. Scaffolding.
Surds, simple and simultaneous equation of the first degree.
16 to 18
Drawing of scaffolding. Drawing details of brick
Stone masonry, terms used, principles of
Quadratic equations and its applications.
and stone masonry including joints.
construction, classification, composite masonry and strength of walls. Timber: Structure Indian timber uses
19 to 22
Drawing different types of foundation, footing, piles, grillages, foundation raft & well foundation.
Foundation:-purpose, causes of failure of foundation, bearing capacity of soils, dead load, live load, wind load and seismic load. Examination of ground. Types of foundation .Drawing of footing foundation, setting out of building on ground excavation, shoring & simple machine foundations.
Linear graph. Use of common logarithms tables.
23 Drawing details of damp proof courses and plinth protection.
Damp proof course,Sources and effects of dampness,method of prevention of dampness in building, periodic repair and care for prevention.Anti-termite treatment.
Linear graph. Use of common logarithms tables.
24 & 25
Drawing of conventional signs used in engineering survey, cadastral survey. Topography and building drawing.Practice in unfolding and folding chain, errors & adjustment of chains, alignment of chain / error chaining lines – measurements of distance between given points and their entry in field book.Practice in chaining and taking off-set, use of optical square and cross staff setting out right angles – booking of
Surveying – their classifications, plane survey, geodetic survey, purpose of survey – instruments used in survey. Nature of surveyors work – importance of system. Common terms and definitions used in surveying conventional signs used inField book and survey maps. Linear measuring instrument used by surveyors, their descriptions and uses. Types of chain and chain survey, compass survey, plane table survey and
Properties of plain geometrical figures – triangles, rectangle and quadrilaterals.
measurements testing of chain, tape, optical square and cross staff.
levelling.
26 Revision and Final Examination
List of tools & Equipment For a batch of 20 TraineesTRADE : SURVEYOR
Si. no Description Quantity1. TRAINEE’S KIT
Box drawing instrument containing one 15 cm compass with pin point, pin point & lengthening bar, one pair spring bows, rotating compass with interchangeable ink and pencil points, drawing pens with plain point & cross point, screw driver and box of leads.
20 sets
2. Protractor celluloid 15 cm semi- circular. 20 sets3. Scale card board- metric set of eight A to H in a box 1: 1, 1:2,
1:2:5, 1: 5, 1:10, 1:20, 1:50, 1:100,1:200, 1:500, 1:1000, 1:2000,1:1250, 1:6000, 1:38 1/3, 1:66 2/3
20 sets
4. Scale –Metric and section wooden 30 cm long marked with eight scales -1:1, 1:2, 1:2:5, 1:10, 1:20, 1:50, 1:100, 1:5.
20 sets
5. Scales plotting box wood 6 metric scales 30 cms long with offset scales.
20 sets
6. Set square transparent 2 mm thick with bevelled edges 45 degree 20 cm.
20sets
7. Set square celluloid 2mm thick with bevelled edges 60 degrees25cm.
20 sets
8. Board drawing 1250 mm*900mm 20 sets9. Square T 1250mm/Mini drafter 20sets
10. Erasing shield small size. 20 sets11. Template –Architects and builders 20 setsq
General OutfitSL. NO. DESCRIPTION OF TOOLS / EQUIPMENT QUANTITY
1 Geometrical Models (wooden) as per given below :-i) Cube 08 cm sides. 2ii) Rectangular parallel piped 8cm*15cm 2iii) Sphere 8cm dia. 2
iv). Light circular core 8 cm dia base and 15 cm vertical height 2v) Square pyramid 8cm side base and 15 cm vertical height 2vi) Cylinder 8 cm dia. 15 cm height. 2vii). Prisms triangular 8 cm sides triangle and 15 cm length. (To be made by institute)
2
2 French curves transparent plastic set of 12 4 nos.3 Flexible curves 80 cm long 8 nos.4 Elliptic trammel with ink and pencil for not less than 10 cm minor axis
complete in a case.1 nos.
5 Radius curve metric 3 mm to 15 mm 4 nos.6 Clinograph wooden 18 cm 1 nos.7 Drafting machine Vertical type complete with drawing board adjustable
table and pair of metric scales 30 cm and 40cm long.4 nos.
8 Drafting Machine Horizontal type complete with drawing board size adjustable table with pair or metric scales 30 cms and 40 cms.
4 nos.
9 Brass parallel rulers in a case. 4 nos.10 Calculator Scientific 4 nos.11 Planimeter sliding bar pattern 70 cm complete
In case with magnifier and instructions reading in metric units.1 nos.
12 Pentagraph brass complete in wooden case with accessories 60 cms. 1 nos.13 Beam compass with fine adjustments with ink and pencil points and two
chromium plated weights 30 cm in wooden case.2 nos.
14 Proportional dividers 15 cm 4 nos.15 Leroy printing set. 2 nos.16 Tracing table with plate glass 1250*900cms. 1 nos.17 Printing frame 45 cm *60 cm & 80 cm*60 cm 1 nos.18 Weighting triangle with tape 1250*900cms 2 nos.19 Ammonia box 120 cm *35*35 cms. 1 nos.20 Stencils complete set 6 H. 2 sets21 Table drafting for boards. 2 sets22 Stools draughtsman high 2 sets23 Table working blue printing 2m*10m 2 sets24 pc- latest version – for CAD 5 nos.
a)plotter 1 nos.b) Printer (Desk jet/ Leaser jet) 1 nos.
25 Almirah steels (Major) 2 nos.26 Interlock, interchangeable brass stencils with brush in a box. 4 nos.27 pastle and mortar- Porcelain 3 mm, 6mm, 12mm, 18mm 2 nos.28 Print Trimmer cutting edge 100cm 1 nos.29 Chest of drawers 8 drawers (standard) 4 nos.30 Draughtsman table. 20 nos.31 Draughtsman stool 20 nos.32 Instructor’s table (big size full secretariat) 1 nos.33 Instructor chair. 2 nos.34 Architect Desk top (latest) 5nos.
35 Server 1 nos.36 UPS 5KV 2nos.37 Computer table 5 nos.38 Chair. 10 nos.39 Furniture for server, printer plotter 1 no each
SYLLABUS FOR THE TRADE OF SURVEYORUNDER CRAFTSMENSHIP TRAINING SCHEME(CTS) Based on Semester System
SEMESTER -II
Week No. Trade Practical Trade Theory Vocational science & Calculation
1 to 4 Chain survey of small plots by triangulations, booking and plotting the same.Chain survey of built up plots, locating details, booking and plotting the same.Practice in setting up a compass and checking its accuracy – taking bearings and calculating angles.
Setting up of plane table levelling, centering and orientation.Surveying an area with plane table by radiation and intersection methods.
Field book types- methods of entry of check lines – its importance.Locations of details – types of off-sets and their limit- town survey traversing with chain procedure in plotting chain lines skeleton, its check and filling in details.Technical terms used in compass survey , difference between angles and bearings-magnetic and true meridians declination and its variation , local attraction , its detection , and elimination.
Plane table survey advantage & disadvantages of plane table surveying general instruction for Plate Table survey Methods of Plate tabling –Radiation –Intersection Traversing Resection.Two point and three point problems triangle of error and its elimination – Lehman’s rule –mechanical and graphical method.
Properties of regular polygons, circles parallelogram, parabola and ellipse.Determination of sides, area of triangle, quadrilateral & polygons.
5 & 6
7, 8 & 9
Surveying of a building site with chain entering field book & plotting calculating the area of site.(practice should also be given on exiting building from measurement and producing drawings from these dimensions taken).prismatic compass & its use.
Handling of levelling
Instruments employed, use, care & maintenance. Field problems. Field book plotting.Introduction to plane table in surveying. Instruments employed, use, care& maintenance. prismatic compass.
Instruments and accessories-
-do-
Determination of area of circles,
10 to 12
13
14,15 & 16
instrument. Differential levelling. Surveying of a building site with chain & level with a view to computing earth work. Setting out level plotting of longitudinal cross- sections of a proposed road from given reduced levels marking, suitable formation levels & calculation of earth work. Plotting of block & block levelling and drawing of contours.
Cross-sections showing the different types of roads.Drawing typical cross-section of railway tracks embankment, layout plans of railway platforms, marshalling yards siding, loop lines. Signalling points & crossing.Electric railway tracks.
Preparing drawing of a masonry culvert and take out various quantities of items of work & prepare abstract of cost. Preparing drawing of an arched bridge.
Drawing of different types of irrigation structures –viz. dams barrages, weir etc. with the help of given sketch & data. Longitudinal section of distributaries.
their uses and description level book. Differential; levelling application of chain and levelling to building construction. Plotting, preparation of contour computing earth work by spot level and contours. Setting out work.
Road: Introduction to roads, general principles of alignment.Classification and construction of different types of roads.Indian railways –their gauges, construction of permanent ways. Different rail sections. Use of stone ballast in railway track. Use and types of sleepers.
Bridge:-introduction to bridge, component parts of bridge. classification of culverts(IRC)Bridges-types, location of a bridge, tunnels.
1. INTRODUCTON OF WATER RESOURCES ENGINEERING.Different terms used in irrigation.2.Hydrology like duty, delta, base period, intensity of irrigation, hydrograph , peak flow, run off, catchment area, CCA, corps like, rabi, kharif etc.3. Storage/ diversion head work definition: types of dam –masonry, concrete, arc and buttress dams, earth.(a)Reservoir –types of reservoirs viz . Single purpose and multipurpose, area, capacity
sectors, segments and ellipse, simpson’s rule.
Surface area and volumes of rectangular parallelopoids, cylinders, pyramids and spheres. Units of force and weight. Equation of motion.
Magnet and magnetism. Laws of magnetic attraction and repulsion.
Magnetic substance – permanent magnet.
17 to 19
20 & 21
22
23
Public Health & sanitation.Preparation of drawings showing various pipe joints for underground drainage, method of sanitary fittings in multi storied building. Manholes and septic tank. Water supply system.
Drawing details of RCC members. Rectangular beams, lintel chajjas, slab, stair including column with footing & continuous columns showing disposition of reinforcement.
of reservoir.B) CANALS:-canals, classification of canals and distribution system, canal structures via head regulators, escape, etc. Drawing of canal alignment including longitudinal and cross section of canals with the given data. Types of cross drainage works viz. aqueducts, siphon aqueduct, super passage, level crossing in irrigation.
Introduction –terms used in public health engineering. System of sanitation house plumbing, sanitary fittings etc. types of supply system and purification of water.
Introduction to RCC uses materials proportions and form work, including bending of bars and construction reference to IS code. Reinforced brickwork.Material used for RCC, methods of concreting, construction selection of materials course aggregate cement –water, reinforcement, characteristics. Methods of mixing concrete- hand and machine, slump test, water cement ratio.
Flooring:Different types of floors, materials used in floor and construction process.
Forms of riveted head, types of riveted jointsand connection, failure of riveted joints.
Introduction to structural drafting. Arrangements of
Magnetic field and line of force proportions of magnetic lines of force.
Magnetism and its natural ore.
Kinds of magnet and system of magnetization. Revision on magnetism. Trigonometrically ratios and functions of multiple angles functions of sub-multiple angle and compound angles radian measurement and relation between system of measurement of angles – formula connecting sides, angles and areas of triangles.
24 & 25
26
Method of floor and finishing.
Drawing forms of rivet heads and types of riveted joints.
Drawing of different types of steel roof trusses, stanchion etc.
Revision and final exam.
drawing, standard drawing.
LIST OF TOOLS & EQUIPMENTS FOR 20 TRAINEESTRADE : SURVEYOR (FOR 2 ND SEMESTER)
Same as Semester – I and additional list of tools & equipments are appended below:
SURVEY INSTRUMENTS
SL NO. NAME OF TOOLS /EQUIPMENT QUANTITY
1. Land measuring chain 30 metres with 10 arrows. 5 Sets.2 Metallic tape 30 metres. 4 nos.3 Steel tape 20 metres long in leather case. 2 nos.4. Ranging rods wooden fitted with iron shoe 3 metre. 15 nos.5. Optical square P.W.D pattern. 5 nos.6. Optical square box type circular 4 nos.7. Dumpy level –builder 25 cm focal length x 23 mm completes with box and
accessories and stand.4 Sets.
8 Auto Level 1 nos.9 Digital Level along with bar coded staff 1 nos.10 Levelling staff 4 metres reading to 5 mm telescopic type 4 nos.11 Plane table with stand and wing nut 4 nos.12 Alided 4 nos.13 Telescopic alided 2 nos.14 Trough Compass 4 nos.15 ‘U’ frame with plumb bob 4 nos.
SYLLABUS FOR THE TRADE OF SURVEYORUNDER CRAFTSMENSHIP TRAINING SCHEME (CTS) BASED ON SEMESTER
SYSTEM
SEMESTER –III
Week No. Practical Theory
Vocational science & Calculation
1 & 2 Traversing with plane table of built up areas.Running and open traverse with plane table and fixing details.Inking finishing, colouring and tracing of plane table maps done in previous weeks
Errors in plane tabling their elimination instruments used in combination with plane tabling their construction and use.Telescopic alidade.
Solutions of simple triangles.
3 Demonstration of permanent adjustment of level.
Permanent adjustment of various leveling instruments repeating the same with
Problems of height and distance.
Performing permanent adjustment to various type s of leveling instruments.
precautions.Working out problems on field book reduction, reciprocal levelling and permanent adjustments.
4 & 5 Road project –reconnaissance, preliminary and final location survey including preparation of route map to scale taking profiled and section with level plotting, marking formation levels –calculation of earth work and other materials for laving road including estimation of earth work.
Types of surveys for the location of road points to be considered during reconnaissance, preliminary and final location surveys. Alignment of roads relative importance of length of road height of embankment and depth of cutting road gradients sub grades and road foundations, drainage camber curves 1And super elevation road surfaces such as earth road. Water bound macadam cement contrete payment.
Use of mathematical tables.
6 & 7 Practice in setting up a theodolite and taking readings.Measurement of horizontal angles by repetition, reiteration methods-method of entering the same in the field book- setting out given angles.Practice in measuring vertical angles. Setting out given vertical angles and entering in the field book.
Introduction to theodolite. Temporary adjustment of theodolite-procedure in setting up-method of measurement of horizontal angles- repetition and reiteration method.General forms of field notes used in theodolite surveys- adjustment of errors while laying a given angle by repetition. Method of setting out straight lines establishing lines at given angles with given lines.Instrumental error and- elimination-permanent adjustment of theodolite care and maintenance of theodolites.
Revision of trigonometry.
8 & 9 Setting out a straight line over and across obstacles prolonging straight lines establishing lines at given angles with given
Method of plotting traverses-gales traverse system checking of measurements of closed and open traverse-use of traverse table (chamber
Surface area and volumes of cylinders.Surface area and volumes of prisms. Prisomoidal formula.
lines- setting out an around given rectilinear figures.
and boilean) closing error and its adjustment.
10 Running a closed traverse over a given area. Booking calculating the coordinates and plotting the traverse.
Omitted measurements and their calculation-practice in working out problems.
Surface area and volumes of pyramids. Prisomoidal formula.
11 Practice in performing in permanent adjustment of theodolite.
Method of calculating area of a closed traversed from co-ordinates.
12 Finding height and distance of accessible and inaccessible objects with theodolite and chain and calculating the same, use of box sextant.
Working out problems on finding out areas of closed traverse, height and distances – box sextant, its descriptions and use. Abney’s level and its descriptions.
Surface area and volumes of sphere.
13 Contouring by spot level method including interpolation.
Topographic survey and principles –instrument and accessories used in topographic survey – contour and characteristics.
Surface area and volumes of cone.
14 Contouring by cross – section method including interpolation of contours (grid method).
Vertical intervals horizontal equivalents method of determining contours – comparisons of different methods and their applications.
Revision of whole mensuration work.
15 Direct contouring using levels for vertical control, plane table and telescopic alidade for horizontal control.
Interpolations of contours by different methods and preparing contour map – preparation of field’s record for topographic surveys – height book- height tracing and colour trace.
Elementary theory of light.
16 & 17
Conducting topographic survey of undulated area by theodolite triangulation and plane table resection and intersection method using Indian pattern clinometers.
Different method of finding area of irregular figures-planimeter – its principle, construction, use of precaution – working out problems of areas by using planimeter enlarging and reducing of plans use of proportions, compass and pantographs and their use .
-do-
18 Carrying out topographical survey with help of theodolite levels and tape of a site of reservoir cross-sectional drawing of different canals.
Irrigations:-Types of supply of water- rain fall attachment areas, run off over best side for construction a reservoirs, water spread area factors affronting the consideration of the height of dams and capacity of reservoirs.
Laws of reflection, refraction mirrors and lens.. properties of mirrors and lenses, acromatic combination of lenses, description and use of optical instruments such as telescopic sextants etc.
19 & 21
Survey camps:-In any suitable hilly place 3 week, carrying out contour direct and indirect contour survey of a small area by tachometer working out proposed alignments on contour maps ( project work ) on various curves and calculation , marking of alignment of road on it. Direct contour and indirect contour.
-do-
22 & 23
Setting out of simple curves by chain and tape with different methods setting out of curves by deflections methods with and without obstacles.Setting out of compound curves, transition curve with theodolite.
Working problems on simple curves by chain and tape offset method and successive by section of arch.Compound curves working problems on compound curves and types of transition curves.
Properties of mirrors and lenses, acromatic combination of lenses, description and use of optical instruments such as telescope sextants etc.
24 &25
Setting out of vertical curves.Reducing and enlarging the plan by pentagraph and area of planimeter.
Different type of verticals curves and its working problems. Parts of pentagraph and planimeter with their uses.
Some common terms from astronomy essential for surveyor.
26 Revision and Final Trade Test
LIST OF TOOLS & EQUIPMENTS FOR 20 TRAINEESTRADE : SURVEYOR (FOR 3RD SEMESTER)
:
Same as Semester – I and additional list of tools & equipments are appended below:
GENERAL OUT FITSINo.
Name of tools/equipment Quantity
1. Planimeter sliding bar pattern 70 cm complete in case with magnifier and instructions reading in metric units.
2 nos.(one digital)
2. Pentograph – brass complete in wooden case with accessories 60 cms.
1 no.
3. Tracing table with plate glass 1250*900 cms 1 no.4. Over Head projector 1 no.5. White board 1 no.
SURVEY INSTRUMENTS
SL NO. NAME OF TOOLS /EQUIPMENT QUANTITY
1 Theodolite with stand and all accessories (L.C.20”) 3 nos.2 Electronic theodolite with moonlight LCD display and battery charger and
connecting with PC with tripod stand.1 nos.
SYLLABUS FOR THE TRADE OF SURVEYORUNDER CRAFTSMENSHIP TRAINING SCHEME(CTS) BASED ON SEMESTER
SYSTEM SEMISTER –IV
WEEK NO
PRACTICAL TRADE THEORY Vocational science & Calculation
1 Testing plotting of ( 1: 4000) village map and locating errors in measurements.
Procedure in typing field number, printing names and inter- setting topographical details in maps.
Load, elongation, stress and strain, hook’s law.
2 Typing field numbers, printing names and inserting topographical detail in maps comparison of field and village boundaries and side measurements
Comparison of field and village boundaries and side measurement procedures to prepare of transfer paper and transfer drawing-lithography – incography Vandyke process, cordography
-do-
3 Tracing and inking taluk, district and state maps –grocery of terms tracing of maps observation of substance bar and its calculation
Convergence of meridian- substance bar its use. Grocery of terms.
Modulus of elasticity elastic limit and yield point.
4 & 5 To find the north by transfer to camp observing stars and sun (current ) with the help of Nautical Almanac (camp is preferable)
Astronomical surveying introduction. Definition of spherical triangle. Astronomical triangle observation of sun and stars. Calculation for azimuth and time. Coordinate system and its conversion of, mean solar time into side real time or vice versa. Determination of the meridian and Azimuth.
Ultimate stress and breaking stress. Problems on the above.Binding moment, shear force their definitions and calculations thereof.
6 Azimuth observation and computation - Computation of latitudes and azimuths solution of spherical triangle. Record of Rights.
Computation of latitudes and azimuth, solution of spherical triangles – computation of spherical triangles values of village tri-junctions, maps- projection methods of
Binding moment, shear force their definitions and calculations thereof.
reducing rules.7 to 12
i) Elementary windows operating system.ii) Use of Editor.iii) Use of Word processing and spreadsheet sheet software.iv) CAD software and its uses – installation of CAD, elementary commands and menus.v) Latest survey software – use of commands and menus.
i) Concept of Operating system software, Windows and their uses.ii) Word processing and spreadsheet sheet software and their uses.iii) CAD software commands and use of different Menus.
-do-
13 to 15
Types of bonds; plan, elevation and section of half and one brick thick wall, detailed drawing of parts of a building such as brick arch, stone masonry. Drawing of king and queen posts trusses, simple doors and simple RCC structural parts.
Types of bonds, English bond, Flemish bonds, Tee joints, wall junctions, stone masonry, random rubble, coursed and Ashlars stone masonry. Type of Arch, king post and queen post, doors & windows RCC simple beems and lintel.
Different units conversion of units of areas, volumes & relating related to surveying.
16 to 17
Drawing plan, elevation and section of simple building by measurements, plan section and elevation.
Estimation of simple building.
18 Setting out a simple building and simple culvert on the ground from given drawing.
Glossary terms of roads & irrigation.
19 The trainees should visit some project with their trainer together the correct ideas about survey project and its importance in the society. The trainee should also evaluate the approximate cost for a project work.
-do-
20 to 23
Field survey usingTotal station, survey layout map printout using CAD software with the help of field data.
Concept of Total Station, commands and menus of CAD software related with Total Station.
24 Preparation of estimate for residential building.
Building Estimating.Types of estimate, standard method of taking out quantity, labour & material detailed & abstract estimate. Analysis of rates for
simple items of work. Schedule of rates, specifications.
25 Industrial training OR Project work preferably in cross sectoral trades26 REVISION & TEST
LIST OF TOOLS & EQUIPMENTS FOR 20 TRAINEESTRADE : SURVEYOR (FOR 4TH SEMESTER)
Same as Semester – I,II,III and additional list of tools & equipments are appended below:GENERAL OUT FIT
SINo.
Name of tools/equipment Quantity
1 Total station with prism 1 no. & battery charger, AC adaptor, USB downloads port & software with stand.
1 No.
2 Hand held G.P.S 60 with battery charger, AC adaptor, USB download port & software.
2 No.
3 Computer (latest version), with 19’’ colour monitor with all accessories with latest configuration.
10 Nos.
4 UPS 650 VA offline. 10 Nos.5 CAD software like Auto CAD latest version 10user licensed 1 No.6 Computer table. 10 No.7 Computer stool revolving. 20 No.8 A3 Printer (Colour) 1 No.9 A0 size Plotter 1 No.10 LAN connection 1 No.